BIOFIRE® FILMARRAY®

Tropical Fever (TF) Panel

The BIOFIRE FILMARRAY TF Panel is bioMérieux's first syndromic panel for the diagnosis of tropical fever pathogens. Applying the syndromic approach to tropical fever gives clinicians the ability to identify six target pathogens in a clinically actionable timeframe.

Current testing for tropical fever pathogens often requires multiple samples, a variety of different methods and can take several days to diagnose. Blood cultures and microscopy are resource intensive with a turnaround time of over 48 hours.1 The BIOFIRE FILMARRAY TF Panel is a fast and easy solution that has demonstrated improved polymicrobial detections over traditional methods.

BIOFIRE® FILMARRAY® TF PANEL

Harness the power of syndromic tropical fever testing.

1 PCR Test | 6 Targets | ⁓50 Minutes

With the BIOFIRE FILMARRAY TF Panel, it takes just one syndromic test, 0.2mL of whole blood collected in EDTA and about 50 minutes to get actionable results on six clinically relevant targets

PANEL MENU

VIRUSES

  • Chikungunya
  • Dengue (serotypes 1,2,3 and 4)

BACTERIA

  • Leptospira spp.

PARASITES

  • Plasmodium spp.
  • Plasmodium falciparum
  • Plasmodium vivax/oval

BENEFITS OF THE BIOFIRE FILMARRAY TF PANEL

1 Syndromic Test

Easy Test Preparation

Approx. 2 Min. Hands-on Time

Results in About 50 Min.

Multiple Results in One Report
BIOFIRE® FILMARRAY® TORCH SYSTEM

Easier testing. Faster results

The BIOFIRE FILMARRAY TORCH System uses multiplex PCR technology to simultaneously test for a comprehensive grouping of targets in about an hour. With ~2 minutes of hands-on time, and minimal training it offers unmatched ease-of-use and can help optimize laboratory productivity 24/7.

BIOFIRE® SPOTFIRE SYSTEM

Ready for a faster targeted approach to tropical fever testing?

Simply fill out the form below to talk to an expert about the BIOFIRE FILMARRAY TF Panel.

1. Bottieau E, et al. (2006). Etiology and outcome of fever after a stay in the tropics. Archives of internal medicine, 166(15), 1642–1648. https://doi.org/10.1001/archinte.166.15.1642.